This text combines the science and engineering of hydrogeology in an accessible,
innovative style. As well as providing physical descriptions and characterisations of …

Fluctuating stream stages and peak‐flow events can significantly influence the interactions
between streams and aquifers and modify the hydraulic gradient, the flux exchange and the …

Numerical models are now commonly used to define guidelines for the sustainable
management of groundwater resources. Despite significant advances in inverse modeling …

Alluvial plains represent hydrological systems where the aquifer and the associated stream
network are in hydraulic communication. In many instances, the stream network is the …

Projections of potential impacts of climate change and groundwater abstraction on gaining
and losing streams, particularly in ephemeral river basins exhibiting sporadic and intricate …

Study region The study was conducted in an alluvial plain between the Rhône and the
Ouvèze Rivers (in the southeast of France) extensively exploited for drinking water. The …

This study identifies hydrogeologic characteristics of complex aquifers based on
constructing stratigraphic structure with large, non-uniform well log data. The approach was …

Characterizing the interactions between streams and aquifers is a major challenge in
hydrology. Electrical self‐potential (SP) is sensitive to groundwater flow through the …

Abstract Study area: Katar and Meki subbasins, Rift Valley Lakes Basin, Ethiopia. Study
focus: This research was carried out to characterized the recharge mechanism and quantify …

This paper studies the conflict between economic and environmental sustainability
objectives faced by a water agency when she allocates water quotas to farmers. This conflict …